Among the projects are: 

• architectures for volume rendering,
• parallel methods for volume rendering (regular and irregular grids),
• development of tools for visualization, and
• flow visualization.

Typically each graduate student can expect to have access to a (more or less) personal system and access to other interesting hardware. PhD students have a personal system and office space. have a personal system and office space.

Among the projects are: 

• visual analytics and information visualization
• medical, scientific and volume visualization
• knowledge assisted visualization
• user study design and evaluation for visual analytics tasks
• illustrative techniques
• high performance computing for medical imaging (CT, PET, MRI)
• physics-based simulation for ray and wave based phenomena

Typically each graduate student can expect to have access to a (more or less) personal system and access to other interesting hardware. PhD students have a personal system and office space.

Typically each graduate student can expect to have access to a (more or less) personal system and access to other interesting hardware such as: Immersive Workbench Provided by Fakespace, Inc., Haptic Feedback Provided by SensAbel Technologies, Inc., Three-dimensional Audio Provided by Crystal River Engineering, Head Mounted Displays (Virtual I/O "i-glasses!", Virtual Research "VR4" Head Mounted Display), 6-D Spaceball, VPL Data Glove, Flying Mouse, Isotracks and a Wacom Digitizing tablet.

Among the projects are: 

• CUBE, an architecture for volume visualization hardware,
• VolVis, a volume oriented tool for rendering images,
• Virtual Colonoscopy, a tool which enables the user to take data from a CT scan and use it for a virtual ride through a patients colon.

The Wireless Networking and Systems (WINGS) Lab is engaged in research in several areas of wireless networking and mobile computing systems, specifically focusing on protocol development and evaluation in the link layer and up. The students and faculty in the lab have contributed in various directions including multiple access protocols, routing protocols, transport protocols, ad hoc, mesh and sensor networking, vehicular networking, RFID networks, cellular networking and dynamic spectrum access systems.

Current work includes: Simulation of Ultra-Fast Computer Networks

In the NSAC Lab we are applying cryptography to solve fun problems in all kinds of interesting areas such as:

• Secure Data Outsourcing
• Security in Wireless and Sensor Networks
• Queries/Searches over Encrypted Data
• Secure Networked Storage with Privacy
• Security Policies in Computation/Data Grids
• Digital Rights Management
• Secure Reputation Systems

Among the projects are: 

• Rether, a real-time protocol, ethereal, a real-time Ethernet switch, and
• the Stony Brook Video Server (SBVS), an Ethernet based distributed video server which can function over a LAN.

OSCAR Lab was founded in spring 2011 in Computer Science department, Stony Brook University. The Lab is focusing on research related issues in the areas of Operating Systems, Virtualization, System Security, Concurrency and Computer Architecture.